Hardware error estimation model of signal reception in the task of monitoring the tightness of gas engineering systems

Abstract

Abstract We propose a solution of the task of improving the accuracy of estimates of gas flow in gas engineering systems. Performed an analytical review of works of leading scientists in the field of the theory of supply. It has been established that the question of control and to prevent gas leaks remains relevant now. It is proved, that for engineering systems use gas for domestic purposes, where low pressure set leaks quite difficult due to the large spread of points of vulnerability, also the greatest risk are low-intensity gas leaks, that hardly controlled by hardware due to accounting errors. The analysis of constructive solutions to the engineering supply systems of low pressure. Installed geometric variety. Accepted hypothesis about the impact of the quantity and type of butt joints leak gas pipeline systems engineering in General. An algorithm is presented for vulnerability assessment elements engineering gas supply systems for leaks. The mathematical model for the evaluation of measuring error of parametric parameter of gas flow in the system. The technique for monitoring the tightness of gas systems engineering with the rationale for selecting the method of evaluation of error results.